Construction robot YG-3100

Overview
Automated concrete consolidation robot engineered to replace manual vibrating probes on large construction sites. Wireless controls and smart sensors perform vibration compaction of fresh concrete to increase density and ensure structural integrity. Fully electric chassis reduces trailing-cable hazards and lowers labor required for cable handling.

Key Product Details
AUTOMATION: unmanned consolidation machine with wireless controls and smart sensors.
POWER SYSTEM: chassis equipped with an 8.5 kW CATL lithium battery pack; probe batteries are separate.
RUNTIME: chassis runtime >10 hours continuous on full charge.
PROBES: three 50-type vibrating probes; each probe uses a 3.5 kW battery and supports fast-swap replacement.

Technical Parameters (table)

• Main Use — YG-3100: all-terrain slabs; YG-3500: deep raft foundations; Cloud-Rail: vertical structures.
• Vibration Depth — YG-3100: up to 1 m; YG-3500: 0–5 m; Cloud-Rail: adjustable.
• Battery Life — YG-3100/3500: ≥10 hours (chassis); Cloud-Rail: continuous rail power.
• Efficiency — YG-3100: ~180 m²/h; YG-3500: high-volume; Cloud-Rail: automated cycle.
• Control — HMI/auto (YG-3100); remote/auto (YG-3500); wireless with data logging (Cloud-Rail).

Additional Features

• Chassis Power: 8.5 kW CATL lithium battery pack.
• Working Time: >10 hours continuous (chassis).
• Charging Time: ~6 hours for main chassis; ~3 hours for probe batteries.
• Probe Batteries: 3.5 kW per probe; fast-swap system (~2 minutes).
• Control Methods: HMI screen and remote mobile app (wireless); remote and autonomous modes depending on model.
• Smart Functions: auto-cruise, auto-depth control, data logging (time, depth, frequency on Cloud-Rail).
• Safety & Productivity: fully electric wireless operation eliminates trailing-cable hazards and reduces manual labor for cable handling.

Applications

• Flat slabs and large foundations: YG-3100 handles floor slabs, mid-plates and roof structures; travels over rebar and consolidates large surface areas.
• Deep foundations: YG-3500 provides extended reach for consolidation to 5 m in deep raft foundations.
• Vertical structures: Cloud-Rail model runs on a light rail for side walls and metro walls with automated cycles and data logging for QA.

FAQ (selected)

• Deep concrete layers: YG-3500 uses an automated lift to place probes down to 5 m and controls extraction to prevent voids.
• Quality tracking: Cloud-Rail records time, depth and frequency per spot; records downloadable for quality checks.
• Battery depletion handling: fast-swap probe batteries and 6-hour chassis recharge enable continuous operations with minimal downtime.

Technical specifications

• Model designation: YG-3100 (also YG-3500 and Cloud-Rail variants).
• Chassis battery: 8.5 kW CATL lithium pack.
• Probe battery: 3.5 kW per probe; three 50-type probes typical.
• Probe count: three 50-type vibrating probes (standard YG-3100).
• Main chassis runtime: ≥10 hours per full charge.
• Probe runtime/charging: probe charge ~3 hours; swap ~2 minutes.
• Chassis charging time: ~6 hours.
• Vibration depth capability: YG-3100 up to 1 m; YG-3500 up to 5 m; Cloud-Rail adjustable.
• Efficiency: YG-3100 ≈180 m²/h (reported).
• Control/interface: HMI, remote/mobile app; models support remote, auto and logged wireless operation.
• Smart features: auto-cruise, auto-depth control, data logging for traceability and QA.